CE is a certification that specifically applies to products sold into the European Economic Area (EEA) and makes it possible to freely sell those products
Designing the modern data center begins with the careful placement of “good bones.” Data center network architecture must be highly adaptive, as managers must essentially predict the future in order to create physical spaces that accommodate rapidly evolving tech. Those with the best foresight on trends (including AI, multicloud, edge computing, and digital transformation) are the most successful.
Data center managers and operators know the looming threat of unnecessary downtime well. Despite technological advances in the IT infrastructure space, they are a common phenomenon. The Ponemon Institute placed the cost of a minute of downtime in the data center at $5,600 in 2010 and at $7,900 in 2013. That has now risen to an average of over $8,000 per minute. For the Fortune 100, the loss of unplanned downtime costs as much as $2.5 billion annually.
Your team would love to purchase an assisted lifting device (ALD) for data center operations, but it’s difficult to find room in your budget—especially for the right solution—the one you really need. You are already familiar with its advantages; it is essential to making your operations safer tomorrow than they were yesterday.
The ROI on a data center lifting device is clear. As we’ve demonstrated in the past, savings can reach into savings of millions of dollars (particularly when accident prevention is factored in).
Thought leaders in the data center space are seeing increasing demands on equipment capacity, being driven by cloud adoption and other compute-intensive initiatives. These demands affect construction, design, and engineering.
A properly executed data center consolidation action plan outlines the efficient and scalable technologies which can be utilized to boost production while reducing operating costs.
